Conduction can only occur in solids. Good conductors are metal, for example. In conduction, there is a heat source. The heat will heat up one part of the solid. As a result, the particles vibrate voilently. Then, the vibrating particles will make particles next to them vibrate and so on...
Because of molecular vibration the heat transferred through a solid is called CONDUCTION
The metal pole rapidly 'CONDUCTS' heat away from your tongue.
The role of molecular action in convection is the that molecules that are relative to one another create kinetic energy that is the end result. The role of molecular action in conduction is that molecules collide with one another to create a transfer of heat or energy.
The definition of thermal conduction is heat transfer. Thermal conduction is when heat is transferred from one source to another.
Yes the result from a lesion on the cochlear nerve is sensorineural deafness. The result from the fusion of the ossicles is conduction deafness.
No. wind is primarily a result of convection.
used as an experiment to show that the result of an experiment are a result of conduction being tested.
false
Conduction!
Sa node
Conduction deafness can be a direct result of the fusion of any or all of the three ossicles of the middle ear. If the ossicles cannot transmit sound vibrations properly, then they will not be received by the oval window to be transmitted to the inner ear.
Conduction can only occur in solids. Good conductors are metal, for example. In conduction, there is a heat source. The heat will heat up one part of the solid. As a result, the particles vibrate voilently. Then, the vibrating particles will make particles next to them vibrate and so on...
A hamburger sizzles on a frying pan as a result of conduction.
Both types of conduction are a result of the fact that metals have lots of electrons that can move around freely.
The transfer of heat by molecular motion from a source of high temperature to a region of lower temperature, tending toward a result of equalized temperatures.
The transfer of heat by molecular motion from a source of high temperature to a region of lower temperature, tending toward a result of equalized temperatures.